Show that for am isotropic charge density, the form factor is given by: 4π F (q) = ª[ p(r)sin (qr )r dr Show that for a

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Show that for am isotropic charge density, the form factor is given by: 4π F (q) = ª[ p(r)sin (qr )r dr Show that for a spherically symmetric charge distribution, dF (9²) dq2 6ħ² Mean square and form factor: suppose the nuclear charge density is spherically symmetric and has the form p = p.e a) calculate p. so that the total charge is normalized to 1. 1/2 b) show that the mean square radius (22 is equal to a√12 c) show that the form factor is (1 + a²q² 1ħ²)²